Dec 12, 2017
此次材料實驗初步應用 有限於材料還不能算完整的4D列印實驗(第4D是時間) 先紀錄材料特性當列印體高於一個高度便無法完整的形變而是龜裂分解成應力切面的薄片 故以2D pattern設計來增加材料變化/列印路徑角度/材料寬厚度/列印溫度/液體溫度浸泡時間等來紀錄 #academia #sinica #memorymaterial #hotwater #mit #4dprinting #earing #hsu3dp（在 。交通大學）
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此次材料實驗初步應用 有限於材料還不能算完整的4D列印實驗(第4D是時間) 先紀錄材料特性當列印體高於一個高度便無法完整的形變而是龜裂分解成應力切面的薄片 故以2D pattern設計來增加材料變化/列印路徑角度/材料寬厚度/列印溫度/液體溫度浸泡時間等來紀錄 #academia #sinica #memorymaterial #hotwater #mit #4dprinting #earing #hsu3dp（在 。交通大學）